d. Assuming the collision lasted for 0.05 seconds, what is the magnitude of the average force that Cart 2 experienced? Faverage 8. Consider two carts moving on a frictionless surface. Cart 1 After Collision has mass m1 = 3 kg and is moving in the +x direction with a speed 5 m/s. Cart 2 has mass m2 = 4 kg is moving in the negative y direction (-y) with an unknown initial speed v2i. The two carts collide and stick together after the collision (inelastic). After the collision, the direction of motion of the two carts is at an angle of 30° below the +x axis (see the figure). Keep 4 Significant Figures!!!!!! Vii = 30° а. Find the speed of the two carts after the collision. v = b. Find the initial speed of Cart 2 (before collision). V2i = с. Find the magnitude of the impulse that Cart 2 experienced. J2 =

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d. Assuming the collision lasted for 0.05 seconds, what is the magnitude of the average force that
Cart 2 experienced?
Faverage
Transcribed Image Text:d. Assuming the collision lasted for 0.05 seconds, what is the magnitude of the average force that Cart 2 experienced? Faverage
8.
Consider two carts moving on a frictionless surface. Cart 1
After Collision
has mass m1 = 3 kg and is moving in the +x direction with a speed
5 m/s. Cart 2 has mass m2 = 4 kg is moving in the negative y
direction (-y) with an unknown initial speed v2i. The two carts collide
and stick together after the collision (inelastic). After the collision, the
direction of motion of the two carts is at an angle of 30° below the +x
axis (see the figure). Keep 4 Significant Figures!!!!!!
Vii =
30°
а.
Find the speed of the two carts after the collision.
v =
b. Find the initial speed of Cart 2 (before collision).
V2i =
с.
Find the magnitude of the impulse that Cart 2 experienced.
J2 =
Transcribed Image Text:8. Consider two carts moving on a frictionless surface. Cart 1 After Collision has mass m1 = 3 kg and is moving in the +x direction with a speed 5 m/s. Cart 2 has mass m2 = 4 kg is moving in the negative y direction (-y) with an unknown initial speed v2i. The two carts collide and stick together after the collision (inelastic). After the collision, the direction of motion of the two carts is at an angle of 30° below the +x axis (see the figure). Keep 4 Significant Figures!!!!!! Vii = 30° а. Find the speed of the two carts after the collision. v = b. Find the initial speed of Cart 2 (before collision). V2i = с. Find the magnitude of the impulse that Cart 2 experienced. J2 =
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